PA0949 [PULSE]
HIGH FREQUENCY PLANAR TRANSFORMERS;型号: | PA0949 |
厂家: | PULSE A TECHNITROL COMPANY |
描述: | HIGH FREQUENCY PLANAR TRANSFORMERS 变压器 局域网 |
文件: | 总4页 (文件大小:116K) |
中文: | 中文翻译 | 下载: | 下载PDF数据表文档文件 |
HIGH FREQUENCY PLANAR
TRANSFORMERS
PA09XXNL Series (up to 250W)
Power Rating: up to 250W
Height: 9.1mm to 10.4mm Max
Footprint: 29.5mm x 26.7mm Max
Frequency Range: 200kHz to 700kHz
Isolation (Primary to Secondary): 1750VDC
Electrical Specifications @ 25°C — Operating Temperature -40°C to +125°C
DCR (m MAX)
Primary*
Inductance
(µH MIN)
Leakage**
Inductance
(µH MAX)
Maximum
Height
(mm)
Turns Ratio
Part
Schematic
Primary Primary Primary
Number
Secondary
Primary Secondary
A
B
Aux.
DOUBLE INTERLEAVE DESIGNS (HIGHER EFFICIENCY, LOWER DCR AND LOWER LEAKAGE)
PA0901NL
PA0903NL
PA0905NL
PA0907
4T & 4T
216
340
480
660
860
216
340
480
660
860
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
13
15
21
50
60
13
15
21
50
60
13
15
21
50
60
13
15
21
50
60
—
235
78
5T & 5T (w/5T aux)
6T & 6T (w/2T aux)
7T & 7T (w/3T aux)
8T & 8T
4T
A1
A2
4.5
10.2
10.2
(1T:1T:1T:1T)
100
—
PA0909NL
PA0908NL
PA0910NL
PA0912NL
PA0914NL
PA0916
4T & 4T
—
5T & 5T (w/5T aux)
6T & 6T (w/2T aux)
7T & 7T (w/3T aux)
8T & 8T
235
78
1T & 1T
0.56 & 0.56
100
—
SINGLE INTERLEAVE DESIGNS (LOWER COST)
PA0930
PA0931NL
PA0932
PA0933
PA0946
PA0934
PA0935
PA0936
PA0937
PA0947NL
PA0938
PA0939
PA0940
PA0941
PA0948
PA0942
PA0943NL
PA0944
PA0945
PA0949
4T
54
85
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
0.3
13
15
21
50
60
13
15
21
50
60
13
15
21
50
60
13
15
21
50
60
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
470
156
200
—
5T (w/5T aux)
6T (w/2T aux)
7T (w/3T aux)
8T
4T
B1
B2
120
165
215
54
4.5
9.1
9.1
9.1
9.1
(1T:1T:1T:1T)
4T
—
5T (w/5T aux)
6T (w/2T aux)
7T (w/3T aux)
8T
85
470
156
200
—
7T & 7T
1T & 1T
2T & 1T
120
165
215
54
40 & 40
4T
—
5T (w/5T aux)
6T (w/2T aux)
7T (w/3T aux)
8T
85
470
156
200
—
B2
B3
120
165
215
54
1.12 & 1.12
4T
—
5T (w/5T aux)
6T (w/2T aux)
7T (w/3T aux)
8T
85
470
156
200
—
120
165
215
1.8 & 0.6
Notes: *Inductance is measured, where applicable, with both primary windings connected in series (2 to 5, with 3 and 4 shorted).
**Leakage inductance is measured with both primary windings connected in series (where applicable) with all other windings shorted.
USA 858 674 8100 Germany 49 7032 7806 0 Singapore 65 6287 8998
Shanghai 86 21 62787060
China 86 755 33966678 Taiwan 886 3 4356768
www.pulseeng.com
92
SPM2007 (5/10)
HIGH FREQUENCY PLANAR
TRANSFORMERS
PA09XXNL Series (up to 250W)
Mechanical
Weight.................. 19.8 grams
Tray.............................30/tray
SUGGESTED PAD LAYOUT
1.050
26,67
.700
Inches
mm
Dimensions:
.010
0,25
Unless otherwise specified, all tolerances are
17,78
.600
15,24
.300
7,62
.074
1,88
.100
2,54
1.000
25,40
MAX
5X
5X
Ø
Ø
SHAFT
FOOT
H*
.130
3,30
5X
Ø
11
7
7
11
.500
12,70
1.160
29,46
MAX
1.000
25,40
PA090X
Date Code
Country of Origin
.160
4,06
OPTIONAL
(For Mechanical
Connection
of Clips)
6
1
6
1
.047
.063
1,60
.110
2,79
6X
6X
Ø
Ø
SHAFT
FOOT
6X
Ø
.005/0,13
10 SURFACES
1,19
.080
2,03
.250
6,35
.625
15,88
NOTE: The above is a universal footprint for
a component that has all 11 pins populated.
For a given part number it is only necessary
to provide pads for the terminations shown in
the schematic below.
*H - Maximum Height
(see table above)
Schematics
D O U B L E I N T E R L E AV E S C H E M AT I C S
A1
A2
2
11
10
9
2
PRI A
PRI B
PRI A
PRI B
1T
1T
1T
1T
11
4
3
4
3
1T
1T
10
8
5
1
5
1
8
7
PRI AUX
PRI AUX
7
6
6
S I N G L E I N T E R L E AV E S C H E M AT I C S
B1
B2
B3
11
1T
10
11
11
10
9
2
PRI A
XT
XT
1T
1T
1T
1T
2
2
10
8
4
1
PRI A
PRI A
4
1
9
4
1
PRI AUX
1T
7
6
PRI AUX
8
PRI AUX
8
6
1T
7
6
7
USA 858 674 8100 Germany 49 7032 7806 0 Singapore 65 6287 8998
Shanghai 86 21 62787060
China 86 755 33966678 Taiwan 886 3 4356768
www.pulseeng.com
93
SPM2007 (5/10)
HIGH FREQUENCY PLANAR
TRANSFORMERS
PA09XXNL Series (up to 250W)
PA09XX Transformer Winding Configuration Matrix
The following is a matrix of the winding configurations that are available cooling. Once a configuration is selected, the formulae
possible with the Pulse PA090X Planar Transformer Platform. and charts can be used to determine the approximate power
The package is typically capable of handling between 150-250W dissipation and temperature rise of the component in a given
of power depending on the application, ambient conditions and application.
High Efficiency Double Interleaved Designs
SECONDARY WINDINGS
Single Winding
Tapped Winding
Dual Winding
1T & 1T
Turns
1T
2T
4T
1:1
1:3
4.5
2:2
4.5
DCR
0.28
1.12
4.5
1.12
1.12
(m)
4T
5T
5
PA0908
PA0910
PA0912
PA0914
PA0908
PA0910
PA0912
PA0914
PA0916
PA0908
PA0910
PA0912
PA0914
PA0916
PA0908
PA0910
PA0912
PA0914
PA0908
PA0910
PA0912
PA0914
PA0916
PA0908
PA0910
PA0912
PA0914
PA0916
PA0901
PA0903
PA0905
PA0907
PA0901
PA0903
PA0905
PA0907
PA0909
PA0901
PA0903
PA0905
PA0907
PA0909
PA0908
PA0910
PA0912
PA0914
PA0908
PA0910
PA0912
PA0914
PA0916
PA0908
PA0910
PA0912
PA0914
PA0916
PA0901
PA0903
PA0905
PA0907
PA0901
PA0903
PA0905
PA0907
PA0909
PA0901
PA0903
PA0905
PA0907
PA0909
PA0901
PA0903
PA0905
PA0907
PA0901
PA0903
PA0905
PA0907
PA0909
PA0901
PA0903
PA0905
PA0907
PA0909
PA0908
PA0910
PA0912
PA0914
PA0908
PA0910
PA0912
PA0914
PA0916
PA0908
PA0910
PA0912
PA0914
PA0916
7.5
12
6T
7T
30
8T
20
10T
30
12T
48
14T
120
140
20
16T
4T & 4T
5T & 5T
6T & 6T
7T & 7T
8T & 8T
30
48
120
140
Lower Cost Single Interleaved Designs
SECONDARY WINDINGS
Tapped Winding
Single Winding
Dual Winding
1T & 1T 1T & 2T 7T & 7T
2.24 4.5 80
Turns
1T
0.56
2T
3T
4T
7T
20
1:1
1:2
3.4
1:3
4.5
2:2
4.5
7:7
80
DCR
2.24
3.4
4.5
2.24
(m)
10
4T
5T
6T
7T
8T
PA0938 PA0938 PA0942 PA0930 PA0934 PA0938 PA0942 PA0930 PA0930 PA0934 PA0938 PA0942 PA0934
PA0939 PA0939 PA0943 PA0931 PA0935 PA0939 PA0943 PA0931 PA0931 PA0935 PA0939 PA0943 PA0935
PA0940 PA0940 PA0944 PA0932 PA0936 PA0940 PA0944 PA0932 PA0932 PA0936 PA0940 PA0944 PA0936
PA0941 PA0941 PA0945 PA0933 PA0937 PA0941 PA0945 PA0933 PA0933 PA0937 PA0941 PA0945 PA0937
PA0948 PA0948 PA0949 PA0946 PA0947 PA0948 PA0949 PA0946 PA0946 PA0947 PA0948 PA0947 PA0947
15
24
60
70
NOTES:
1. The base PN (ie: PA0901) uses an ungapped core. The minimum primary inductance for any configuration can be calculated as:
Primary Inductance (µH Min) = 3.4 * (Primary Turns)2
2. The above base part numbers (PA09XX) are available from stock
3. It is possible to add a small gap to the transformer. Gapped transformers are non-standard and can be made available upon request,
but are not typically available from stock. To request a gapped version of the transformer, add a suffix “G” to the base number (ie:
PA0901NLG). The nominal inductance with a gap can be calculated as: Primary Inductance (µH Nominal) = 2.2 * (Primary Turns)2
USA 858 674 8100 Germany 49 7032 7806 0 Singapore 65 6287 8998
Shanghai 86 21 62787060
China 86 755 33966678 Taiwan 886 3 4356768
www.pulseeng.com
94
SPM2007 (5/10)
HIGH FREQUENCY PLANAR
TRANSFORMERS
PA09XXNL Series (up to 250W)
Notes from Tables
1. The above transformers have been tested and approved by
Pulse’s IC partners and are cited in the appropriate datasheet
or evaluation board documentation at these companies. To
determine which IC and IC companies are matched with the
above transformers, please refer to the IC cross reference on
the Pulse web page.
component (ambient plus temperature rise) does not exceed
its operating temperature. To determine the approximate
temperature rise of the transformer, refer to the graphs below.
3. The “NL” suffix indicates an RoHS-compliant part number. Non-
NL suffixed parts are not necessarily RoHS compliant, but are
electrically and mechanically equivalent to NL versions. If a part
number does not have the “NL” suffix, but an RoHS compliant
version is required, please contact Pulse for availability.
2. To determine if the transformer is suitable for your application,
it is necessary to ensure that the temperature rise of the
Core Loss vs. Flux Density
3.0
2.5
2.0
1.5
100kHz
200kHz
300kHz
400kHz
500kHz
600kHz
700kHz
1.0
0.5
0.0
0
500
1500
2000
2500
1000 DB (Gauss)
DB = 120E3 * Vin_min * Dutycycle_max / (Freq_kHz * Pri_Turns)
Temperature Rise vs. Power (W) Dissipation
120
100
80
60
40
20
0
0
1
2
3
4
5
6
7
Total Power (W) Dissipation
Total Power Dissipation (W) = .001 * (DCRprimary * IRMS_primary2 + DCRsecondary * IRMS_secondary2) + Core Loss (W)
USA 858 674 8100 Germany 49 7032 7806 0 Singapore 65 6287 8998
Shanghai 86 21 62787060
China 86 755 33966678 Taiwan 886 3 4356768
www.pulseeng.com
95
SPM2007 (5/10)
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